Bidirectional intensively ribbed mold clamp wall body

Abstract

A bidirectional intensively ribbed mold clamp wall body comprises rib columns (1), rib beams (2) and mold clamp building blocks (3) and is characterized in that at least one mold clamp block (3) is embedded in a space defined by at least one rib column and at least two rib beams (2) or at least two rib columns (1) and at least one rib beam (2). The mold clamp building blocks (3) are formed by assembling outer face plates (4) and inner face plates (5) through connecting pieces (6). The bidirectional intensively ribbed mold clamp wall body can effectively enhance bearing performce, anti-shearing performance, anti-bending performance, anti-folding performance and quake-proof performance of a wall body. Bidirectional intensively ribbed grid structure type division enables the integrity and air tightness of the wall body to be enhanced. A heat preservation layer and a heat insulation layer are flexibly arranged, thereby cutting off a heat bridge channel to the largest extent and having good weather resistance. Advanced bin-division type fire-proof concept not only meets the requirements of the nation for buildings, but also reduces loss caused by fire hazard to the largest extent. Assembly type construction can achieve water-free and dust-free operation, thereby being fast, hygiene and environment-friendly, saving materials and lowering manufacture cost.

Description

technical field [0001] The invention relates to a building enclosure component, in particular to an assembled monolithic novel two-way dense rib mold card wall body with functions of heat preservation, fire prevention and earthquake resistance. Background technique [0002] With the rapid development of my country's economic construction, the continuous innovation of building technology and the mandatory constraint of building energy conservation have become two major themes in people's construction activities. The research, development and promotion of new wall materials that are energy-saving, lightweight, high-strength, waste-friendly, and environmentally friendly are called wall material innovations. Since the State Council issued the "Notice on Accelerating the Innovation of Wall Materials and Promoting Energy-Saving Building Opinions" in 1992, the prohibition of the use of clay bricks has been used as a breakthrough point to vigorously promote the research and developm...

AI Technical Summary

Problems solved by technology

[0009] 1. Wall materials using waste materials or biological materials have relatively poor strength and are not suitable for load-bearing walls;

[0010] 2. The walls used for external insulation and internal insulation have major fire hazards. The Shanghai fire on November 15, 2010 and several fires in the first half of 2011 directly led to the issuance of Document No. 65 of 2011 by the Ministry of Public Security and the Ministry of Housing and Urban-Rural Development, which strictly ordered It is forbidden to use materials below Class A combustion performance level as external insulation materials;

[0011]3. The wall materials whose insulation layer is in the interlayer position do not solve the cold bridge problem well

[0012] 4. The wall construction process is complicated and the quality is difficult to control;

[0013]5. The wall is used as the partition member and outer protection member of the building, but it cannot jointly resist earthquakes

Images